Click , select the FredoScale file, and restart SketchUp to initialize the toolbar.
Note: FredoScale is free, but supporting Fredo6 via his website helps sustain development.
Download the FredoScale extension file (.rbz).
This is the shared library extension required for all of Fredo6's plugins. Download the latest .rbz file from the SketchUp Extension Warehouse or SketchUcation. fredoscale plugin sketchup
: Both require a free SketchUcation account to download. Once installed via the Extension Manager, you can find the tools under Tools > Fredo6 Collection > FredoScale . 2. Key Tools & Features
To run FredoScale successfully, you must install two separate files from the SketchUcation Plugin Store. Step 1: Install LibFredo6 FredoScale requires a shared library plugin to function. Download from SketchUcation.
Scale objects relative to any orientation, not just the standard model axes. Click , select the FredoScale file, and restart
Click on your cabinet component or group.
He didn't want to just add a button; he wanted to rewrite the laws of physics within the digital sandbox. Thus, was born.
Here’s a concise write-up on the :
Step-by-Step Tutorial: Stretching a Cabinet Without Distortion
: To use FredoScale, select the object you wish to scale. Right-click to access the context menu, and choose FredoScale. You can then choose to scale uniformly, non-uniformly, or use one of the advanced scaling options.
The and Radial Bending tools let you deform rigid geometry into fluid, organic shapes. This makes it incredibly easy to model complex spiral staircases, ropes, cords, and ergonomic product handles. ⌨️ Essential Keyboard Shortcuts & Pro-Tips This is the shared library extension required for
| Feature / Plugin | FredoScale | Shape Bender | Sketchy FFD (Free-Form Deformation) | | :--- | :--- | :--- | :--- | | | Scaling, tapering, stretching, twisting, radial bending | Bending geometry precisely along a target path | Complex, lattice-based deformation of 3D forms | | Bending Method | Radial Bend (bends along a single arc) | Bends along any complex, drawn path | Deforms within a customizable 3D grid (lattice) | | User Experience | Easier : Interactive bounding box. More accessible for average users. | Steep : Requires an axis line and target curve; often results in unintended distortion. | Challenging : Highly technical and slower, but powerful for advanced organic shapes. | | Performance | Fast and efficient. Handles groups/components well. | Can be slow with high-poly geometry. | Very resource-intensive and often unstable with complex groups. | | Control & Precision | High : Offers numeric input (TAB) and interactive handles for precise transformations. | Moderate : Highly dependent on path length and starting point. | Very High : Offers granular control over points, but hard to achieve simple, accurate bends or twists. | | Best Application | All-around tool for architectural modeling, furniture design, and creative geometry. | Specific use-case for bending objects along a complex or custom curve. | Specialized organic modeling and "morphing" shapes, not recommended for strict architectural tasks. |
: The ability to scale objects around a specific point and to define exact scale factors through keyboard input allows for a level of precision that is hard to achieve with standard SketchUp tools.